This paper considers an on-off fluid queue model.The on and off states of the system appear alternately,and the sojourn times at these two different states are independent,and each one follows an exponential distribut...This paper considers an on-off fluid queue model.The on and off states of the system appear alternately,and the sojourn times at these two different states are independent,and each one follows an exponential distribution.The fluid flows into the system buffer with some strategies to wait for the system service under the first-come first-served discipline.Here the system can process the fluid in the buffer only when the system is on state.With given utility functions such as an expected average social profit,and an individual expected profit,the equilibrium strategies are characterized under both the fully unobservable case and the partially observable case.展开更多
基金supported by National Natural Science Foundation of China(No.62171143)Natural Science Foundation of Hebei Province(No.A2019203313)Key Project of Scientific Research in Higher Education of Hebei Province(Natural Sciences Class)(No.ZD2019079),China。
文摘This paper considers an on-off fluid queue model.The on and off states of the system appear alternately,and the sojourn times at these two different states are independent,and each one follows an exponential distribution.The fluid flows into the system buffer with some strategies to wait for the system service under the first-come first-served discipline.Here the system can process the fluid in the buffer only when the system is on state.With given utility functions such as an expected average social profit,and an individual expected profit,the equilibrium strategies are characterized under both the fully unobservable case and the partially observable case.
